InfinityCosmos

Month: August 2019

  • NASA’s Lunar X-ray Observatory has captured images of cosmic events,

                                      

    The Chandra X-ray Observatory (CXO), launched by NASA on July 23, 1999, is a flagship-class space telescope. Chandra X-rays captured many stunning images of cosmic phenomena over its two decades of work.And the most iconic supernova remnant of these is Cassopia a.  Located at a distance of about 11,000 light years from our Earth, is A, such as a shining debris field after a massive star burst, called A.  When a star’s fuel runs out, it collapses on its own, and is known as a supernova.It is seen as one of the brightest objects in the universe.  The same astronomers believe that the supernova explosion occurred around the year 1680. 

    Launched on August 26, 1999, the Chandra X-ray detected several images, near the center of a complex pattern of debris spreading from a broken star, and for the first time a dense object called a neutron star, it called a supernova  Also left behind.The data from the Hubble Space Telescope have been combined with the X-ray data “Great Observatory,” which shows delicate filamentary structures of cooler gases with temperatures of about 20,000 degrees Fahrenheit.The blast wave in an outlying region is represented by a case of blue.  Shock waves occurred, the blast wave is similar to the sonic boom generated by a supersonic aircraft, the shock wave produces X-ray emission, the same explosion wave moves outward at a speed of about 11 million mph, it is nearby.  Collides with the material, and slows down, producing a second shock wave – called “reverse shock” – it travels backwards.  

    A team of astronomers at NASA’s Goddard Space Flight Center reported reverse shocks at Cas A, which appear to be moving at speeds of 5 to 9 million mph.  An unusual reverse tremor is likely caused by a blast wave of material surrounding the remains, as the team of astronomers discuss in the 2018 study.Told that the blast causes the wave to slow down more quickly, which causes the reverse shock to reactivate, making it much faster.

    These shakes also accelerate moving particles, reaching about 30 times the energies of LHC, a long collection of lunar discoveries over the past 20 years. And in addition to finding the central neutron star, the Chandra data have revealed the distribution of elements necessary for life ejected by the explosion.

    Between 1951 and 1989, California scientists, using photographic plates, in optical light from Cas A.Created a historical record, digitized access to a Sky Century Harvard (DASCH) center at the Center for Astrophysics  Was digitized by grams.

  • Crew moved Russian Soyuz spacecraft to different port.


    The Soyuz rocket successfully docked the MS-13 spacecraft with three expedition 60 members, for the space station’s Poisk module.Transfer to MS-13 spacecraft was done at 11:59 pm, successful transfer!  At 11:59 pm ET, the Soyuz MS-13 spacecraft docked the Poisk module from Space_Station, and a second docking effort was carried out on Monday night.  

    The crew of Alexander Skovartsov of Roscosmos, Luca Permitano of ESA (European Space Agency) and NASA’s Andrew Morgan from the aft port of the station’s Zvezda module are then unloaded at 11:35 pm. 

    Skvortsov flew on the spacecraft from a distance of about 124 feet (38 m) from the space dock.  The move freed the port for an undisclosed Soyuz MS-14, which is currently on a secure documentary above and behind the space station, a second docking attempt was made on Monday night to execute on the Zvezda port  , And the so-called KURS automated approximation system has been tested.  And the correct work is in order.

    NASA TV coverage of docking began at 10:30 pm Monday night, with a docking schedule at 11:12 pm.The Baikonur Cosmodrome was launched from Kazakhstan on August 21, Wednesday, and the Sonaise was launched with a modified Soyuz booster rocket.

    This Expedition will deliver 1,450 pounds of cargo to the 60’s crew.  z The last transfer of the Soyuz The Soyuz TMA-16M spacecraft was flown in August 2015, it was the last transfer of the Soyuz, and the same operation by Roskosmos and Mikhail Kourinko and NASA’s Scott Kelly.

  • Second docking effort for Russian spacecraft planned for Monday night

                                                       
    On Saturday, August 24, met with NASA’s International Space Station managers and international partners, as plans were to approve a second spectacular and docking effort for the unilateral Soyuz MS-14 spacecraft to be held on Monday August 26.

    The same Soyuz’s initial docking effort was terminated, as Russian officials say, that the posk module docking port of the automatic resize system was a suspected problem.  A solid telemetry lock could not be achieved on that docking port through the dosing system.  The same unplugged Soyuz is currently orbiting a safe distance from the ISS to make all of its systems function normally.

     A second docking effort will be made for Soyuz at 10:12 pm on Monday night.  Central time, 11:12 am.  NASA TV coverage of the docking will begin at 9:30 pm on Monday night.Central time, 10:30 am.On 20 July and a manual docking for the Poisk module by Undock and Soyuz Commander Skovartsov for a 25-minute Soyuz relocation maneuver.The cursive suspect unit for Posk is not a factor of relocation maneuver by the unit component Skovartovsiev and his Soyuz crewmate.NASA TV coverage of NASA’s transfer will begin at 10 pm on Sunday night.Central time, 11 o’clock at night.Eastern Time. The time of the Sveuse MS-13 spacecraft from Zvezda is scheduled at 10:34 am.Central time, 11:34 am.  Eastern Time Central Time, 11:59 pm Eastern Time with a scheduled time at 10:59 pm Pusink. 

    This will be the first Soyuz transfer since August 2015, when Gnady Padalka and Mikhail Kornienko of Roskosmos and Scott Kelly of NASA performed a similar operation.  Unplotted on Tuesday night after a four-week stay at the station, Soyuz’s docking SpaceX will preserve the Dragon Cargo Craft’s robot release, and the dragon will be dropped into the Pacific Ocean several hours later for a parachute-assisted splash.

  • NASA’s TARS space telescope discovered a planet named LTT 1445 a b.

                                                     
    A planet named LTT 1445 a b has been discovered by the Harvard Center for Astrophysics Team, using data from NASA’s TARS space telescope.It is a kind of exoplanet planet, one of 12 discoveries discovered by NASA.LTT 1445 a b is about 1.4 times larger than planet Earth, and is a sky planet, one-star wars’ tetuin – three stars instead of two, and the planet has been added to the exoplanet archive.The LTT 1445 a b  planet swallows a B under three red suns.It is only 22 light years away from our Earth, it is a rocky planet.      

    The LTT 1445 A b takes only five days to orbit a star around its star, its scorching near-orbit helps explain why its surface is based on temperatures in the order of 320 degrees Fahrenheit (160 Celsius) –  Equivalent to a preheated oven.It is about 22 light years away from our Earth.One “year” on this world, which is about 22 light years away from Earth.The planet itself is a stationary orbit around its star, and it also revolves around its star, two sibling stars at a greater distance from this planet, which are in close orbit close to each other.This is not the first planet which has three stars.All three stars in the LTT 1445 system are red dwarfs compared to the larger yellow stars like our Sun.These stars are cooler and longer burning.This planet, discovered by NASA, is by far the second closest planet to “transit” its star.The orbit of LTT 1445A B, at our vantage point, across its star face, tilted at right angles. Has happened. 

  • NASA launches ninth ROCKSAT-X rocket.

                                             
    Launched by NASA, it was the ninth RockSAT-X payload. For which the student scientists worked hard, and launched with the successful liftoff of their RockSat-X mission.This experiment was done this morning on August 13,student scientists conducted experiments up to an altitude of 96 miles before returning to Earth for review.             


    The ROCSAT-X program, performed every year by NASA, is a program designed for students to learn and apply skills in building experiments of suborbital space flights.  More than 200 university students across the United States witnessed the launch of their experiments on a NASA sub-orbiting rocket.The student scientist had the opportunity to learn the basics of electrical and mechanical engineering. Wherever, this rocket was a great way to get this experience.Launching and watching the work with NASA engineers has been a real experience for the student scientist.

    The event, organized in conjunction with the Colorado Space Grant Consortium, has proven to be excellent training for students.  RockSat-X is the most advanced of NASA’s three-stage sounding rocket program for students. RockOn launches are at entry level, then progress to Intermedia level RockSAT-C missions and then RockSAT-X.

  • NASA’s Magnetospheric Multiscale mms- measured high-resolution Interplanetary Shock.

                                         
    NASA’s spacecraft Magnetospheric Multiscale mission -mms-, some time ago, measured the high-resolution of the Interplanetary Shock. It is a shock. And these shocks occur everywhere in the universe, they are made up of particles and electromagnetic waves, which are projected by the Sun.In order to learn about large universal events, we need to measure the Interplanetary Shock at the right time.

    What is interplanetary shock.

    Interplanetary Shock is a type of collisionless shock – those where particles transfer energy through electromagnetic fields rather than bouncing directly into each other.  These collision shocks are a phenomenon found throughout the universe, including supernovas, black holes, and distant stars.  Interplanetary shocks begin with the sun’s rays, as it continuously releases currents of charged particles called solar wind. 

    Solar wind comes in two ways – slow and fast.  When a strong current of solar wind overtakes a slow current, it produces a shock wave, such as a boat moving through a river produces a wave. This wave propagates throughout the solar system. 

    Magnetospheric Multiscale mission-mms.     

    NASA launched the spacecraft Magnetospheric Multiscale -mms on 12 March 2015. MMS consists of four identical spacecraft, MMS consists of four identical spacecraft, orbiting around the Earth through a dynamic magnetic system around our planet, one of the instruments aboard MMS is the Fast Plasma Probe. 

    This suite of instruments can measure ions and electrons around the spacecraft up to 6 times per second.MMS helps us understand the boundary between black holes and neutron stars, and the heliosphere of our solar system, in the atmosphere of the Sun and other stars, as well as elsewhere.

  • Hubble Telescope searched two attached Galaxy.

                                                                                                  
    NASA’s Hubble Space Telescope some time ago discovered two galaxies, which pair perfectly, like a twin sister, it looks like a worm, this pair of luminescent creatures is actually a galaxy. The two are due to their gravitational attraction to each other.  Is attached to  Galaxy The pair is named UGC 2369 by NASA.  The mutual gravitational attraction of galaxies is drawing them closer, distorting their shapes in the protons. 

    Such common phenomena occur when two galaxies interact with each other. For large galaxies such as our Milky Way, most of these interactions involve so-called dwarf galaxies.In some billion years from today, some significant event may occur. With our Milky Way galaxy, this massive event will occur in about four billion years, when it collides with its larger neighbor Andromeda galaxy.

  • According to NASA’s LRO and Messenger spacecraft, the Moon and Mercury are likely to have water.


    LRO and Messenger This is both a NASA spacecraft, studied by LRO and Messenger on the Moon and Mercury.According to the study, there is a possibility of water in Moon and Mercury.If seen, the Earth’s satellite Moon and Mercury are both the closest planets to the Sun, the same according to NASA’s new study of LRO and Messenger, that snow is more likely to occur than before, in craters near the poles of both the moon and Mercury.  If seen, shallow pits on the moon are located in areas where the surface is near the south pole of the moon, where the sun’s rays fall short, and  It has been estimated, it is most likely to accumulate thick ice. 

    Space Telescopes and Mercury are orbiting, according to observations of spacecraft, Mercury has glacier-like ice deposits, but this type of ice is not yet on the Moon. But thick ice is also present on the Moon.  Scientists at the Lunar Reconnaissance Project at NASA’s Goddard Space Flight Center have said that this potential reservoir of frozen water on the Moon could be sufficiently large.The poles of Mercury and Moon are among the coldest places in our solar system.  Unlike the Earth, the spin axes of Mercury and Moon are oriented, which, in their polar regions, the sun never rises above the horizon.  As a result, polar topographic depressions, such as impact craters, never see the sun.And it is permanently hidden, the regions are so cold, that any snow trapped within them could potentially live for billions of years. 

    Many effects on the surface of Mercury and the Moon are deformed by craters, and these craters are formed when meteorites or comets affect the surface.  Analyzed NASA’s smaller and simpler craters, which are formed by less energetic influencers.  Scientists at UCLA took advantage of this inherent symmetry to estimate the thickness of ice trapped within ordinary craters. Nasa recorded about 15,000 simplexes with diameters ranging from 2.5 km to 15 km (about 1.5 mi to 9.3 mi) on Mercury and the Moon.  To measure the craters, used elevation data obtained by Messenger and LRO.  And researchers found that craters are up to 10% near the North Pole of Mercury and the South Pole of the Moon, but not at the North Pole of the Moon. 


    Researchers found that the pole-facing slope of these craters, and their equatorial-slope, is slightly shallower than that, and that the tropism is more important in those areas, detected by scientists, topographic signs in smaller simple craters  Relatively more prominent, larger craters at the lunar lunar pole may have higher amounts of ice. 

    The LRO is managed by NASA at the Goddard Space Flight Center, the Science Mission Directorate at NASA headquarters in Greenbelt, Maryland and Washington.  This mission was started on 18 June 2009.  LRO has gathered data through its seven powerful tools, and it is an invaluable contribution for us, about the Moon.The spacecraft Messenger was managed by the Johns Hopkins University Applied Physics Laboratory.  The Messenger spacecraft was launched on August 3, 2004, and began orbiting Mercury on March 18, 2011. 

    The mission of the spacecraft Messenger ended on 30 April 2015 with a planned impact on the surface of Mercury.NASA is now leading a permanent return to the moon with commercial and international.NASA is ready again, to expand human presence in space and bring back new knowledge and opportunities. 

  • NASA’s Juno spacecraft spotted striking vista in Jupiter.

                                         

    Jupiter is the largest planet of solar composite, Jupiter is made of gas, and this is the time in the juster. The day is therefore. A few days ago, NASA’s spacecraft juno has seen striking Vista during the closest flight of Jupiter.

    This scene highlights the opposite between the South Eyequalial Belt of the Junker and most white southern tropical region, and Jupiter is the famous event, the anthecycologic storm, which we know as the Great Red Spot.

    NASA’s scientific Kevin M Gill has created this image from the use of data of spacecraft junk junki mark junk. The jawo ranked by June junko was run at 9:37 am. At the last year, Juno Space Yan demonstrated on the PDT (21 July 2019, at 12:37 pm EDT), as the 21st closest flyer of Jupo, Juno Space Yan was above the amount of junk, the juno was about 26,697 miles (4299 miles (4299 kilometers away from the top of the clouds and the latitude from the top of the clouds.

  • SpaceX is ready for its next mission AMOS-17.

    This year has been great for SpaceX, the workhors rocket and Falcon 9 of SpaceX have been a successful year for launch. Spacex’s rocket Falcon 9 has seven flight and seven successful landing  Now SpaceX is ready for its next mission AMOS-17.  The same spacex has confirmed, where is the ceo elon musk of spaceX,
      That static fire examination of Falcon 9 has been completed, and the same data was being assessed,                                                                                                                                                                                                                                                                                 The successful static fire examination of Spacex is not considered a large milestone, because another Falcon 9 rocket was destroyed by the AMOS-6 satellite on September 1, 2016, as a result of the discrepancy during the static fire test, the launch of the launch of the interface of the launch of the static fire test, the projection of the laboratory. The race was in the part of the SLC-40 along with the nose cone. The eaten cost of this satellite was $ 200 million (USD). If this 70 is the spacecraft success, then this success can install a faith in spacecom and spacecraft. And yet the EMOS space has not been the pre-testing of the space. The spacecher will use the floor 9 blocks 5 booster for the ACO-17 launch. If the space is confirmed by the B1047.2, the space will be a sanding, the space will be a sanding, but space will be a sacrifice of space, it will launch a landing effort to spacecox.                                                                                                                                                                                                                                                                                            The new satellite, known as AMOS-17, would provide telecommunications access to the Middle East, Africa and Europe and eventually end up in a geostationary orbit around the Earth.  The booster has been used twice in July and November 2018, but will not be recycled like its previous two flights.  Instead, it is likely to end in the ocean.  Weather forecast for the launch of AMOS-17 seems to be as appealing as the CRS-18 during the recent 25th launch of SpaceX.  CRS-18 was scanned at one time prior to the launch.  The AMOS-17 Comsat launch has a relatively cool ~ 90-minute window, which will give SpaceX much better shots in ‘threading’.  To ensure safe orbital delivery of AMOS-17.  Around 6500 kg (14,300 lb) fully fueled, the AMOS-17 is a relatively large geostationary communications satellite built by Boeing.